Ishishini leRubber laseSumitomo laseJapan lipapashe inkqubela phambili kuphuhliso lwetekhnoloji entsha ngokubambisana neRIKEN, iziko lophando lwesayensi ye-optical ekhanyayo kakhulu kwiYunivesithi yaseTohoku, le ndlela yindlela entsha yokufunda i-athomu, i-molecular kunye ne-nanostructure kunye nokulinganisa intshukumo kwindawo ebanzi yexesha kuquka ne-nanosecond e-1. Ngolu phando, sinokukhuthaza uphuhliso lwetayara enamandla aphezulu kunye nokumelana nokuguguleka okugqwesileyo.
Iindlela zangaphambili bezikwazi ukulinganisa intshukumo yeathomu neyemolekyuli kwirabha kwixesha eliphakathi kwe-10 ukuya kwi-1000 nanoseconds. Ukuze kuphuculwe ukumelana nokuguguleka, kuyimfuneko ukufunda intshukumo yeathomu neyemolekyuli kwirabha ngokweenkcukacha ezithe vetshe kwixesha elifutshane.
Itekhnoloji entsha ye-radioluminescence inokulinganisa intshukumo phakathi kwe-0.1 kunye ne-100 nanoseconds, ngoko ke inokudityaniswa neendlela zokulinganisa ezikhoyo ukulinganisa intshukumo ye-athomu kunye neye-molecular kwixesha elide. Le teknoloji yaqalwa yaphuhliswa kusetyenziswa indawo enkulu yophando lwe-radioluminescence ebizwa ngokuba yi-spring -8. Ukongeza, ngokusebenzisa ikhamera yamva nje ye-2-d X-ray, i-Citius, awukwazi ukulinganisa kuphela isikali sexesha sento ehambayo, kodwa kunye nobukhulu bendawo ngexesha elinye.
Umatshini wokucoca irabha
Olu phando lukhokelwa yi-Japan Japan Science and Technology Agency, uphando oludibeneyo phakathi kwezikolo kunye namashishini, kwaye luzinikele ekuphuculeni uphando lobuchule oluyila olubangela "i-CREST" yophando olukumgangatho ophezulu lwamazwe ngamazwe olunemvelaphi, ngokusebenzisa obu buchwepheshe ukuphucula ukusebenza kwamatayara, uluntu oluzinzileyo lunokuphunyezwa. Yenza igalelo.
Ixesha leposi: Juni-26-2024